Developing a Framework for E-Healthcare Applications using the Semantic Internet of Things

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Information technology has become a means of providing services to people. Smart device and a wireless sensor that connects to the internet is a form of new technology that will encourage interaction and machine-to-machine communication known as the internet of things (IoT). The health care as vital sectors interesting in utilizing new technology like IoT into the health field and medical gadgets to integrate them to improve the quality and performance of services. IoT has the ability to automatically collect data from various Heterogeneous sources, analyze and make the decision. The only dilemma in front of this technique is that in most situation, the connection protocol is not open and a given appliance cannot be integrated into other applications. We count that the Internet of Things with the interconnection of a huge number of “things” on the Internet, the health care domain can benefit from information representation that holds e-health Internet of Things, information and knowledge by setting the management of these collected data. In our study, we suppose a semantic backbone as the best solution to The Internet of Things to flourish that providing interoperability among the objects on the IoT. Our study aims to design and implement a framework that holds healthcare data, which can be used by e-healthcare applications with the help of mapping data into ontology entities and properties. A good e-healthcare application required better information representation and accurate diagnosis. Our framework with e-health ontology provides accurate information and efficient diagnosis.